推进剂现代技术（英文版）（共2册）
￥88.00定价
作者： 黄智勇，窦文辉
出版时间：2015-02
出版社：西北工业大学出版社
- 西北工业大学出版社
- 9787561243350
- 63737
- 2015-02
- V51
内容简介
黄智勇、窦文辉著的《推进剂现代技术(国防科技类共2册高等学校十二五规划教材)(英文版)》分上、下两册。上册分四个部分，共13章。第一部分介绍了液体推进剂仪器分析方法，包含仪器分析概述、气相色谱法、色质联用分析方法、近红外分析方法和自动颗粒计数分析方法；第二部分介绍了偏二甲肼分析，包含推进剂概述、偏二甲肼的使用与管理、偏二甲肼分析方法；第三部分介绍了硝酸一27S分析，包含硝酸一27S的使用与管理、硝酸一27S分析方法；第四部分介绍了DT一3分析方法。下册分四个部分，共17章。第一部分介绍了固体火箭推进剂，包括固体推进剂的性能及复合固体推进剂的制造概述；第二部分介绍了液体推进剂污染监测与治理，包括液体推进剂污染来源及特点、污染监测与环境评价、废气治理技术和废水处理技术；第三部分介绍了推进剂现代安全技术，包括安全基本原理、液体推进剂安全技术、固体推进剂安全技术和推进剂突发事故与应急处置；第四部分介绍了液体推进剂个体防护装备与检测方法，包括液体推进剂呼吸防护装备、躯体防护装备、手足部防护装备和个体防护装备检测方法等内容。
本书可供学习“导弹推进剂理论与技术”专业课程的本科生和研究生作为双语教材，也可供从事导弹推进剂研究的技术人员参考使用。
本书可供学习“导弹推进剂理论与技术”专业课程的本科生和研究生作为双语教材，也可供从事导弹推进剂研究的技术人员参考使用。
目录
PART I INSTRUMENTAL ANALYSIS
CHAPTER 1 GENERALIZATION OF INSTRUMENTAL ANALYSIS
1.1 GENERALIZATION OF MODERN ANALYTICAL TECHNOLOGY
1.2 CHARACTERICS OF MODERN ANALYTICAL TECHNOLOGY
1.3 DEVELOPMENT OF MODERN ANALYTICAL TECHNOLOGY
CHAPTER 2 GAS CHROMATOGRAPHIC ANALYTICAL TECHNOLOGY
2.1 GENERALIZATION
2.2 BASIC PRINCIPLE OF GAS CHROMATOGRAPHY
2.3 DETERMINATION OF UDMH WITH GAS CHROMATOGRAPHY
CHAPTER 3 GAS CHROMATOGRPHY-MASS SPECTROSCOPY COMBINATION
ANALYTICAL TECHNOLOGY
3.1 GENERALIZATION
3.2 BASIC PRINCIPLE OF GAS CHROMATOGRAPHY-MASS
SPECTROSCOPY COMBINATION
3.3 DETERMINATION OF THE OXIDIZED PRODUCT OF UDMH WITH GC-MS
CHAPTER 4 NEAR INFRARED ANALYTICAL TECHNOLOGY
4.1 GENERALIZATION
4.2 BASIC PRINCIPLE OF NIR ANALYSIS
4.3 DETERMINATION OF THE COMPONENT CONTENT OF NITRIC
ACID-27S
4.4. DETERMINE THE COMPONENT CONTENT OF DT- 3 WITH NIR
METHOD
CHAPTER 5 AUTOMATIC COUNTER OF PARTICULATE
5.1 GENERALIZATION
5.2 PRINCIPLE OF AUTOMATIC COUNTER OF PARTICULATE
5.3 DETERMINATION OF PARTICULATE CONTENT IN UDMH WITH
AUTOMATIC COUNTER
PART II ASSAY OF UDMH
CHAPTER 6 INTRODUCTION TO PROPELLANTS
6.1 CLASSIFICATION OF PROPELLANTS
6.2 FUNCTION AND CLASSIFICATION OF LIQUID PROPELLANTS
6.3 THE REQUIREMENTS FOR LIQUID PROPELLANTS
CHAPTER 7 UDMH'S USE AND MANAGEMENT
7.1 PHYSICO-CHEMICAL PROPERTIES OF UDMH
7.2 PRODUCTION AND TECHNICAL SPECIFICATION OF UDMH
7.3 TOXICITY AND ITS PROTECTION
7.4 THE DANGER OF FIRING AND EXPLOSION
7.5 MATERIAL COMPATIBILITY
7.6 STORAGE, TRANSPORTATION AND TRANFERRING
7.7 SAMPLING PRINCIPLE FOR UDMH
7.8 ATTENTIONS FOR SAFETY
CHAPTER 8 FUNDAMENTALS OF UDMH ASSAY
8.1 ACID-BASE TITRATION
8.2 MASS ANALYSIS
CHAPTER 9 ASSAY OF UDMH
9.1 TECHNICAL REQUIREMENT AND APPEARANCE INSPECTION
9.2 THE CONTENT OF UDMH, DIMETHYL AMMONIUM AND
UNSYMMETRICAL HYDRAZONE DETERMINATION WITH
ACID-BASE TITRATION
9.3 WATER CONTENT DETERMINATION WITH RAPID GAS MEASUREMEN""
9.4 DETERMINE THE CONTENT OF UDMH, DIMETHYL AMMONIUM AND
UNSYMMETRICAL HYDRAZONE WITH GAS CHROMATOGRAPHY
9.5 DETERMINATION OF THE MECHANICAL IMPURITY CONTENT IN UDMH
9.6 DETERMINATION OF DENSITY
APPENDIX 9.1 VERIFICATION OF VOLUMETERIC APPARATUS
APPENDIX 9.2 COMPOUNDING AND DETERMINATION OF STANDARD
SOLUTION IN THE ASSAY OF UDMH
PART III ASSAY OF NITRIC ACID-27S
CHAPTER 10 USE AND MANAGEMENT OF NITRIC ACID-27S
10.1 PHYSIC-CHEMICAL PROPERTIES OF NITRIC ACID-27S
10.2 USE AND MANAGEMENT OF NITRIC ACID-27S
CHAPTER 11 FUNDAMENTALS FOR THE ASSAY OF NITRIC ACID-27S
11.1 OXIDATION-REDUCTION TITRATION
11.2 GRAVIMETRY
CHAPTER 12 ASSAY OF NITRIC ACID-27S
12.1 TECHNICAL REQUIREMENTS AND APPEARANCE INSPECTION
12.2 DENSITY DETERMINATION
12.3 NITROGEN TETRAOXIDE CONTENT DETERMINATION
12.4 DETERMINATION OF WATER CONTENT
12.5 DETERMINATION OF PHOSPHORIC ACID CONTENT
12.6 DETERMINATION OF HYDROFLUORIC ACID CONTENT
12.7 DETERMINATION OF THE CONTENT OF BURNED RESIDUE
APPENDIX 12.1 THE COMPUNDING OF c(1/5KMnO4) =0.2mol/L
STANDARD SOLUTION
APPENDIX 12.2 COMPOUNDING AND DETERMINATION OF STANDARD
SOLUTION IN NITRIC ACID-27S ASSAY
APPENDIX 12.3 COMPOUNDING OF INDICATORS FOR THE ASSAY OF
NITRIC ACID-27S
APPENDIX 12.4 THE ERROR MATTER IN THE ASSAY OF LIQUID
PROPELLANT
PART IV ASSAY OFDT-3
CHAPTER 13 ASSAY OF DT-3
13.1 COMPOUNDING OF STANDARD SOLUTIONS AND MIXED INDICATORS
13.2 SAMPLING
13.3 APPEARANCE INSPECTION
13.4 COMPONENTS ANALYSIS
13.5 WATER CONTENT ANALYSIS
13.6 PARTICLE MATTER DETERMINATION
13.7 RESIDUE DETERMINATION
APPENDIX 13.1 CALIBRATION OF PRECISION GLASS MEASURING VESSELS
APPENDIX 13.2 OPERATION OF ACIDOMETER AND NEUTRALIZITION OF FORMALDEHYDE
REFERENCE
……
CHAPTER 1 GENERALIZATION OF INSTRUMENTAL ANALYSIS
1.1 GENERALIZATION OF MODERN ANALYTICAL TECHNOLOGY
1.2 CHARACTERICS OF MODERN ANALYTICAL TECHNOLOGY
1.3 DEVELOPMENT OF MODERN ANALYTICAL TECHNOLOGY
CHAPTER 2 GAS CHROMATOGRAPHIC ANALYTICAL TECHNOLOGY
2.1 GENERALIZATION
2.2 BASIC PRINCIPLE OF GAS CHROMATOGRAPHY
2.3 DETERMINATION OF UDMH WITH GAS CHROMATOGRAPHY
CHAPTER 3 GAS CHROMATOGRPHY-MASS SPECTROSCOPY COMBINATION
ANALYTICAL TECHNOLOGY
3.1 GENERALIZATION
3.2 BASIC PRINCIPLE OF GAS CHROMATOGRAPHY-MASS
SPECTROSCOPY COMBINATION
3.3 DETERMINATION OF THE OXIDIZED PRODUCT OF UDMH WITH GC-MS
CHAPTER 4 NEAR INFRARED ANALYTICAL TECHNOLOGY
4.1 GENERALIZATION
4.2 BASIC PRINCIPLE OF NIR ANALYSIS
4.3 DETERMINATION OF THE COMPONENT CONTENT OF NITRIC
ACID-27S
4.4. DETERMINE THE COMPONENT CONTENT OF DT- 3 WITH NIR
METHOD
CHAPTER 5 AUTOMATIC COUNTER OF PARTICULATE
5.1 GENERALIZATION
5.2 PRINCIPLE OF AUTOMATIC COUNTER OF PARTICULATE
5.3 DETERMINATION OF PARTICULATE CONTENT IN UDMH WITH
AUTOMATIC COUNTER
PART II ASSAY OF UDMH
CHAPTER 6 INTRODUCTION TO PROPELLANTS
6.1 CLASSIFICATION OF PROPELLANTS
6.2 FUNCTION AND CLASSIFICATION OF LIQUID PROPELLANTS
6.3 THE REQUIREMENTS FOR LIQUID PROPELLANTS
CHAPTER 7 UDMH'S USE AND MANAGEMENT
7.1 PHYSICO-CHEMICAL PROPERTIES OF UDMH
7.2 PRODUCTION AND TECHNICAL SPECIFICATION OF UDMH
7.3 TOXICITY AND ITS PROTECTION
7.4 THE DANGER OF FIRING AND EXPLOSION
7.5 MATERIAL COMPATIBILITY
7.6 STORAGE, TRANSPORTATION AND TRANFERRING
7.7 SAMPLING PRINCIPLE FOR UDMH
7.8 ATTENTIONS FOR SAFETY
CHAPTER 8 FUNDAMENTALS OF UDMH ASSAY
8.1 ACID-BASE TITRATION
8.2 MASS ANALYSIS
CHAPTER 9 ASSAY OF UDMH
9.1 TECHNICAL REQUIREMENT AND APPEARANCE INSPECTION
9.2 THE CONTENT OF UDMH, DIMETHYL AMMONIUM AND
UNSYMMETRICAL HYDRAZONE DETERMINATION WITH
ACID-BASE TITRATION
9.3 WATER CONTENT DETERMINATION WITH RAPID GAS MEASUREMEN""
9.4 DETERMINE THE CONTENT OF UDMH, DIMETHYL AMMONIUM AND
UNSYMMETRICAL HYDRAZONE WITH GAS CHROMATOGRAPHY
9.5 DETERMINATION OF THE MECHANICAL IMPURITY CONTENT IN UDMH
9.6 DETERMINATION OF DENSITY
APPENDIX 9.1 VERIFICATION OF VOLUMETERIC APPARATUS
APPENDIX 9.2 COMPOUNDING AND DETERMINATION OF STANDARD
SOLUTION IN THE ASSAY OF UDMH
PART III ASSAY OF NITRIC ACID-27S
CHAPTER 10 USE AND MANAGEMENT OF NITRIC ACID-27S
10.1 PHYSIC-CHEMICAL PROPERTIES OF NITRIC ACID-27S
10.2 USE AND MANAGEMENT OF NITRIC ACID-27S
CHAPTER 11 FUNDAMENTALS FOR THE ASSAY OF NITRIC ACID-27S
11.1 OXIDATION-REDUCTION TITRATION
11.2 GRAVIMETRY
CHAPTER 12 ASSAY OF NITRIC ACID-27S
12.1 TECHNICAL REQUIREMENTS AND APPEARANCE INSPECTION
12.2 DENSITY DETERMINATION
12.3 NITROGEN TETRAOXIDE CONTENT DETERMINATION
12.4 DETERMINATION OF WATER CONTENT
12.5 DETERMINATION OF PHOSPHORIC ACID CONTENT
12.6 DETERMINATION OF HYDROFLUORIC ACID CONTENT
12.7 DETERMINATION OF THE CONTENT OF BURNED RESIDUE
APPENDIX 12.1 THE COMPUNDING OF c(1/5KMnO4) =0.2mol/L
STANDARD SOLUTION
APPENDIX 12.2 COMPOUNDING AND DETERMINATION OF STANDARD
SOLUTION IN NITRIC ACID-27S ASSAY
APPENDIX 12.3 COMPOUNDING OF INDICATORS FOR THE ASSAY OF
NITRIC ACID-27S
APPENDIX 12.4 THE ERROR MATTER IN THE ASSAY OF LIQUID
PROPELLANT
PART IV ASSAY OFDT-3
CHAPTER 13 ASSAY OF DT-3
13.1 COMPOUNDING OF STANDARD SOLUTIONS AND MIXED INDICATORS
13.2 SAMPLING
13.3 APPEARANCE INSPECTION
13.4 COMPONENTS ANALYSIS
13.5 WATER CONTENT ANALYSIS
13.6 PARTICLE MATTER DETERMINATION
13.7 RESIDUE DETERMINATION
APPENDIX 13.1 CALIBRATION OF PRECISION GLASS MEASURING VESSELS
APPENDIX 13.2 OPERATION OF ACIDOMETER AND NEUTRALIZITION OF FORMALDEHYDE
REFERENCE
……
